Lasers benefit advanced and additive manufacturing throughput increase and energy-consumption reduction. In this meeting, we will discuss the challenges to further manufacturing optimisations in several fields, the different needs and requirements of each application, which materials will drive the industry in the next years and how photonics, robotics, and further laser-related developments can support in this endeavor.
Ph.D. in Materials Science (TU-Vienna ) and researcher in light alloys and composites materials (2002-2007). Involved in the development of porous materials at Eberespacio, Madrid (2008). Currently CTO of Materials & Processes at CATEC. Coordinator of the AM group at the Spanish Aerospace Platform. Lasagni holds the Fritz-Grasenick Prize (Austria, 2007); the Georg Sachs prize of the German Society of Materials (2018) and the Domingo Faustino Sarmiento Award” of the Argentinian senate (2019).
Wolfgang Waldhauser studied Materials Science and is research group leader and key researcher at JOANNEUM RESEARCH. He is author of more than 100 publication. His main interests are functional materials, laser and plasma processing and additive manufacturing.
5 years of experience in research of laser-based microfabrication. Leading contract research services team at Femtika.
Profile picture is attached.
Since his PhD in integrated polymer photonics in 2011, Dr. Robert Kirchner has been fascinated by advanced manufacturing of 3D structures. As co-founder and CEO of HETEROMERGE GmbH, he is working on the commercialization of micro-additive manufacturing of functional 3D structures.
Maxime Delmée is a 32 years old entrepreneur passionate by materials science, eco-friendly process, sustainability and circularity. He funded AM 4 AM in 2019 to develop materials that will shape the future of additive manufacturing.
